Laravel development: How to use Laravel Telescope to monitor data?
Laravel Telescope is an excellent debugging tool. It provides developers with comprehensive monitoring data, routing information, query status, exception recording and other functions, helping us quickly locate and solve code problems. In this article, I will introduce how to use Laravel Telescope to monitor data, as well as some common application scenarios.
1. Install Laravel Telescope
Before using Laravel Telescope, we need to install it first. Laravel Telescope can be downloaded and installed on the terminal through the following command:
composer require laravel/telescope --dev
After the installation is completed, we need to run the following command to complete the initialization work:
php artisan telescope:install
This command will be used in your Laravel application Register a set of Telescope routes and views in and generate the necessary tables.
2. Configure Laravel Telescope
After completing the installation, we need to configure Laravel Telescope in the config/app.php file:
'providers' => [ // ... LaravelTelescopeTelescopeServiceProvider::class, ],
Then, we need to run the following command to Publish the configuration file and view file of Laravel Telescope:
php artisan vendor:publish --tag=telescope-config php artisan vendor:publish --tag=telescope-views
3. Use Laravel Telescope
Laravel Telescope monitors Web requests, Redis operations, job schedulers, event broadcasts, queues and other operations by default. We can directly access the /telescope
route to view their monitoring data.
In the left menu bar, we can click on the event, request, Redis, job and model tabs to view the corresponding monitoring data.
In request monitoring, we can view detailed information such as the request route, method, response status code, access time, and SQL query status.
In Redis monitoring, we can view Redis data storage and access, such as Redis Keyspace statistics, key value distribution, operation time and time Line etc.
In job monitoring, we can view the consumption of the queue, such as job ID, status, consumption time and processing time, etc.
In model monitoring, we can view the performance of Eloquent operations, such as query time, specific SQL statements of the query, etc.
In addition, Laravel Telescope also provides more functions, such as:
4. Customize Laravel Telescope
In addition to the monitoring data provided by default, Laravel Telescope also supports custom extensions and debugging toolboxes. We can extend the functionality of Laravel Telescope by writing custom extensions for it.
For example, we can add custom tags by writing the Telescope::tag
method:
use LaravelTelescopeTelescope; telescope::tag('MyTag');
Then in the Tags
option of the Laravel Telescope interface In the card, you can see our customized label.
At the same time, Laravel Telescope also supports custom debugging toolboxes. We can add the night mode switch through the Telescope::night
method to meet the needs of users in different environments.
use LaravelTelescopeTelescope; telescope::night();
Then in the upper right corner of the Laravel Telescope interface, you can see our customized night mode switch.
Summary
Laravel Telescope is a very useful debugging tool that can help us quickly locate and solve code problems. When using Laravel Telescope, we need to install it first and configure it accordingly. We can then use Laravel Telescope to monitor the data and make custom extensions and adjustments for different scenarios. I hope this article can help you better use Laravel Telescope and improve development efficiency.
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